entanglementverkossa
Entanglementverkossa is a conceptual framework for describing how quantum entanglement can be distributed and manipulated across a network of quantum nodes. It treats entanglement as a storable and transferable resource that can be shared among distant processors to enable tasks such as distributed quantum computation, quantum sensing, and secure communications. In this framework, each node is a quantum processor or memory, and links correspond to entangled states established between nodes. The network is often represented as a graph, where vertices are devices and edges denote entangled pairs or multi-qubit entangled links. Graph states and cluster states are common theoretical constructs used to model the distributed entanglement structure and to guide computation performed across the network.
Creating long-range entanglement relies on entanglement swapping, quantum repeaters, and purification. Entanglement swapping connects shorter links
Entanglementverkossa also encompasses measures of distributed entanglement and questions about network connectivity. Percolation theory helps determine
While experimental progress has demonstrated small quantum networks and basic repeater concepts, major challenges remain, including